Results ========= Rotor stopped (OMEGA = 0 rpm) ---------------------------------- Unitary harmonic effort according to X ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.10319E-06", "0.10331E-06", "0.41444E-07", "0.41409E-07", "0.41409E-07" "25", "0.10445E-06", "0.10457E-06", "0.42396E-07", "0.42362E-07", "0.42362E-07" "250", "0.19043E-06", "0.19380E-06", "0.19380E-06", "0.70701E-06", "0.71396E-06" **Table** 4.1.1-1 **: X and Z movements as a function of the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "-0.0265", "-0.0264", "-0.0644", "-0.0652" "25", "-0.6705", "-0.6684", "-0.6684", "-1.6253", "-1.6449" "250", "-137.1030", "-137.7761", "139.5277", "141.6458" **Table** 4.1.1-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Unitary harmonic effort according to Z ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (m)", "Move :math:`Z` reference (m)", "Move :math:`Z` Code_Aster (m)", "Move Code_Aster (m)" :math:`m` :math:`m` "1", "0.26277E-08", "0.26302E-08", "0.83297E-07", "0.8341E-07", "0.8341E-07" "25", "0.27046E-08", "0.27073E-08", "0.84098E-07", "0.84211E-07", "0.84211E-07" "250", "0.72302E-07", "0.72635E-07", "0.32801E-06", "0.33019E-06", "0.33019E-06" **Table** 4.1.2-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in Hz", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)" "1", "-179.8568", "-179.8576", "179.9769", "179.9770", "179.9770" "25", "-176.4619", "-176.4823", "179.4165", "179.4181", "179.4181" "250", "-5.8731", "-6.2622", "115.2685", "115.3362" **Table** 4.1.2-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Rotor rotating at OMEGA = 40000 rpm ------------------------------------- Unitary harmonic effort according to X ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.10319E-06", "0.10331E-06", "0.41444E-07", "0.41410E-07", "0.41410E-07" "25", "0.10455E-06", "0.10467E-06", "0.10467E-06", "0.42486E-07", "0.42486E-07" "250", "0.48971E-07", "0.48728E-07", "0.23315E-06", "0.23324E-06", "0.23324E-06" **Table** 4.2.1-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "-0.0068", "-0.0067", "-0.1637", "-0.1647", "-0.1647" "25", "-0.1664", "-0.1632", "-0.1632", "-4.0901", "-4.1134" "250", "-141.0235", "-140.1804", "-140.1804", "98.1335", "98.0294" **Table** 4.2.1-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Unitary harmonic effort according to Z ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.26295E-08", "0.26320E-08", "0.26320E-08", "0.83297E-07", "0.83408E-07" "25", "0.36470E-08", "0.36511E-08", "0.84180E-07", "0.84293E-07", "0.84293E-07" "250", "0.11311E-06", "0.11328E-06", "0.10572E-06", "0.10612E-06", "0.10612E-06" **Table** 4.2.2-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "-177.9360", "-177.9355", "179.9964", "179.9965", "179.9965" "25", "-138.3688", "-138.3625", "179.9183", "179.9203", "179.9203" "250", "25.4329", "25.4724", "25.4724", "103.2116", "103.5733" **Table** 4.2.2-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Rotor rotating at OMEGA = 50000 rpm ------------------------------------- Unitary harmonic effort according to X ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.10319E-06", "0.10331E-06", "0.41444E-07", "0.41410E-07", "0.41410E-07" "25", "0.10460E-06", "0.10472E-06", "0.42577E-07", "0.42545E-07", "0.42545E-07" "250", "0.37618E-07", "0.37498E-07", "0.19422E-06", "0.19431E-06", "0.19431E-06" **Table** 4.3.1-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "-0.0019", "-0.0018", "-0.0018", "-0.1886", "-0.1895" "25", "-0.0402", "-0.0367", "-4.7040", "-4.7283" "250", "-128.6350", "-127.5965", "-127.5965", "94.7082", "94.6331" **Table** 4.3.1-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Unitary harmonic effort according to Z ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.26304E-08", "0.26329E-08", "0.83297E-07", "0.83408E-07", "0.83408E-07" "25", "0.40459E-08", "0.40507E-08", "0.84217E-07", "0.84331E-07", "0.84331E-07" "250", "0.10980E-06", "0.10994E-06", "0.89435E-07", "0.89793E-07", "0.89793E-07" **Table** 4.3.2-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "-177.4564", "-177.4555", "-179.9987", "-179.9986", "-179.9986" "25", "-132.3829", "-132.3742", "-179.9561", "-179.9539", "-179.9539" "250", "28.1427", "28.2043", "28.2043", "108.0535", "108.4359" **Table** 4.3.2-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Rotor rotating at OMEGA = 60000 rpm ------------------------------------- Unitary harmonic effort according to X ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.10319E-06", "0.10331E-06", "0.41444E-07", "0.41410E-07", "0.41410E-07" "25", "0.10466E-06", "0.10478E-06", "0.42647E-07", "0.42616E-07", "0.42616E-07" "250", "0.30475E-07", "0.30507E-07", "0.16473E-06", "0.16479E-06", "0.16479E-06" **Table** 4.4.1-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "0.0030", "0.0313", "0.0313", "-0.2134", "-0.2144" "25", "0.0862", "0.0899", "-5.3164", "-5.3416" "250", "-111.7419", "-110.5334", "92.0178", "91.9669" **Table** 4.4.1-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency** Unitary harmonic effort according to Z ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", ":math:`X` reference displacement (:math:`m`)", "Move :math:`X` Code_Aster (:math:`m`)", "Move :math:`Z` reference ()", "Move :math:`Z` Code_Aster ()", "Move Code_Aster ()" :math:`m` :math:`m` "1", "0.26314E-08", "0.26339E-08", "0.26339E-08", "0.83297E-07", "0.83408E-07" "25", "0.44804E-08", "0.44860E-08", "0.84262E-07", "0.84375E-07", "0.84375E-07" "250", "0.10475E-06", "0.10486E-06", "0.78438E-07", "0.78777E-07", "0.78777E-07" **Table** 4.4.2-1 **: Movations** :math:`X` **and** :math:`Z` **depending on the excitation frequency** .. csv-table:: "Frequency in :math:`\mathit{Hz}` ", "Phase :math:`X` reference (degrees)", "Phase :math:`X` Code_Aster (degrees)", "Phase :math:`Z` reference (degrees)", "Phase :math:`Z` Code_Aster (degrees)", "Phase Code_Aster (degrees)" "1", "-176.9771", "-176.9759", "-179.9938", "-179.9937", "-179.9937" "25", "-127.4844", "-127.4742", "-179.8303", "-179.8279", "-179.8279" "250", "30.2686", "30.3438", "30.3438", "113.8704", "114.2592" **Table** 4.4.2-2 **: Phases** :math:`X` **and** :math:`Z` **depending on the excitation frequency**